CN106361236A - Cleaning tool - Google Patents
Cleaning tool Download PDFInfo
- Publication number
- CN106361236A CN106361236A CN201610919977.2A CN201610919977A CN106361236A CN 106361236 A CN106361236 A CN 106361236A CN 201610919977 A CN201610919977 A CN 201610919977A CN 106361236 A CN106361236 A CN 106361236A
- Authority
- CN
- China
- Prior art keywords
- briquetting
- mophead
- leading axle
- moving block
- mop
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Granted
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Classifications
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- A—HUMAN NECESSITIES
- A47—FURNITURE; DOMESTIC ARTICLES OR APPLIANCES; COFFEE MILLS; SPICE MILLS; SUCTION CLEANERS IN GENERAL
- A47L—DOMESTIC WASHING OR CLEANING; SUCTION CLEANERS IN GENERAL
- A47L13/00—Implements for cleaning floors, carpets, furniture, walls, or wall coverings
- A47L13/10—Scrubbing; Scouring; Cleaning; Polishing
- A47L13/50—Auxiliary implements
- A47L13/58—Wringers for scouring pads, mops, or the like, combined with buckets
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- A—HUMAN NECESSITIES
- A47—FURNITURE; DOMESTIC ARTICLES OR APPLIANCES; COFFEE MILLS; SPICE MILLS; SUCTION CLEANERS IN GENERAL
- A47L—DOMESTIC WASHING OR CLEANING; SUCTION CLEANERS IN GENERAL
- A47L13/00—Implements for cleaning floors, carpets, furniture, walls, or wall coverings
- A47L13/10—Scrubbing; Scouring; Cleaning; Polishing
- A47L13/20—Mops
- A47L13/24—Frames for mops; Mop heads
Landscapes
- Cleaning Implements For Floors, Carpets, Furniture, Walls, And The Like (AREA)
Abstract
The invention relates to a cleaning tool which comprises a mop and a mop barrel. The mop comprises an upper rod, a lower rod and a mop head. The cleaning tool is characterized in that an automatic lifting mechanism is arranged in the mop barrel; during cleaning, the mop head is placed at a low position of the automatic lifting mechanism; in a state of pressing down the upper end, the rotating motion energy of the mop head is converted into lifting motion of the automatic lifting mechanism, and thus the mop head lifts along with the automatic lifting mechanism to a high position of the automatic lifting mechanism; the mop head is separated from the automatic lifting mechanism after being cleaned and dehydrated, and the automatic lifting mechanism is still kept at the high position of the automatic lifting mechanism through a locking structure. The cleaning tool integrates cleaning and dehydration operations, and operations such as lifting of the mop do not need to be performed any longer; after the mop head is cleaned and dehydrated, the automatic lifting mechanism is still kept at the high position of the automatic lifting mechanism through the locking structure; when the mop head is cleaned next time, a user only needs to trigger the automatic lifting mechanism again, the locking structure is automatically unlocked and falls, and the operation is very simple and convenient.
Description
Technical field
The present invention relates to a kind of cleaning meanss with mop and washing bucket.
Background technology
The existing cleaning meanss with mop and washing bucket, generally comprise mop and mop-pail stands；Mop includes mutually being socketed
Upper boom and lower beam, be provided with the driving machine of the rotary motion that the downward motion of upper boom can be converted into lower beam between upper boom and lower beam
Structure, the lower end of described lower beam is provided with rotatable mophead；It is provided with elevating mechanism, mophead is positioned at low in cleaning in mop-pail stands
The washing station of position carries out rotary-cleaning, will carry during dehydration on mop, drives elevating mechanism to rise and position, then in dehydration work
Position carries out rotary dehydration.Chinese invention as Patent No. zl201410207361.3 (Publication No. cn103961044a) is special
Sharp " a kind of burnisher ", the China of Patent No. zl201420680098.5 (notification number is cn 204541999u) is practical new
Type patent " axis lift mop washing barrel and mop ", all discloses such a cleaning basis.
Existing this burnisher has the disadvantage in that cleaning operation and dehydrating operations are two separate independent processes,
After the cleaning piece cleaning on mophead is finished, need to carry out an operating procedure above carrying mop and positioning so that dragging
Above washing bucket water level, do not contact with water, then carry out dehydrating operations again, therefore operation more bothers.
Content of the invention
The technical problem to be solved is to provide a kind of operation simpler simultaneously for above-mentioned state of the art
The cleaning meanss of hommization.
The technical scheme that present invention solution above-mentioned technical problem is adopted is: a kind of cleaning meanss, including mop and mop
Bucket；Described mop includes the upper boom being mutually socketed and lower beam, is provided with and can turn the downward motion of upper boom between upper boom and lower beam
Turn to the drive mechanism of the rotary motion of lower beam, the lower end of lower beam is connected with mophead；It is characterized in that: it is provided with mop-pail stands certainly
Dynamic elevating mechanism, during cleaning, described mophead is placed in the low order position of automatic hoisting mechanism, and in the state of pushing upper boom, drags
The rotary motion of labour contractor can be converted into the ascending motion of described automatic hoisting mechanism, thus mophead is followed on automatic hoisting mechanism
Rise to the upper level position of automatic hoisting mechanism；Mophead cleaning and dehydration finish after depart from described automatic hoisting mechanism, this is automatic
Elevating mechanism is still maintained at the upper level position of automatic hoisting mechanism by removable lining latch-up structure.
Further, above-mentioned automatic hoisting mechanism includes the lifting head assembly for being connected, described lifting with described mophead
It is connected by power-conversion mechanism between head assembly and the bottom of mop-pail stands, during cleaning, push described upper boom, described mophead
Described lifting head assembly is driven to rotate, described lifting head assembly acts on described power-conversion mechanism, thus described power-conversion
Mechanism drives described lifting head assembly to rise further and is eventually held in upper level position；Mophead cleaning and dehydration finish after depart from
Described lifting head assembly, described lifting head assembly is still maintained at a high position for automatic hoisting mechanism by removable lining latch-up structure
Position.
Further preferably, above-mentioned power-conversion mechanism includes thering is, located at the bottom of mop-pail stands, the lead raising up,
The periphery of lead is provided with guide thread, and the top of lead is provided with gathering sill ringwise, the upper end outlet of guide thread with
Gathering sill communicates；Described lift head assembly is set on lead and can rotate around own axes, at least sets in lifting head assembly
There are two leading axles that can rotate with lifting head assembly, meanwhile, the inner of leading axle is guided with guide thread and gathering sill
Cooperation.This power-conversion mechanism adopts the principle of worm drive to realize lifting head assembly while rotation, and synchronization drives lifting
Head assembly rises, and this kind of drive is more simple and reliable, rises to upper level position in lifting head assembly simultaneously, and mophead leaves
Water surface site, realizes the function of mophead only rotation by gathering sill to the guiding of leading axle.
Improve further, above-mentioned lifting head assembly includes the moving block with inner chamber, the top of moving block have in order to
The union joint that mophead connects, the bottom surface of moving block has downward opening containing cavity, and containing cavity is movably set in by bearing
Moving block is enable to rotate around own axes on lead, described leading axle constrains in moving block and radially can slide along moving block
Move, inner chamber and described guide thread or gathering sill cooperation are stretched in the inner of leading axle, move to a high position in moving block along along lead
Position, leading axle is located in gathering sill；First spring, acting on leading axle makes it keep footpath to be moved out departing from guide thread or lead
To groove trend；Briquetting, inserts from the top down of moving block and constrains in energy sliding up and down, union joint the inner chamber of moving block
Pass briquetting upwards, the lower end of briquetting is coordinated with leading axle；Second spring, acting on briquetting makes briquetting keep moving trend；?
In the state of briquetting is pushed by mophead, the lower end of briquetting acts on leading axle and makes leading axle remain insertion guide thread
Or gathering sill trend；Under mophead is disconnected head status, briquetting moves, the lower end of briquetting departs from leading axle, makes leading axle
Outer shifting under the first spring effect, described latch-up structure acts on leading axle, makes leading axle keep hanging over gathering sill or guiding spiral shell
Stricture of vagina edge trend；Push again under connection head status in mophead, described latch-up structure releases the locking to leading axle, leading axle
Under the first spring effect, outer shifting departs from gathering sill and guide thread, and moving block and briquetting decline reset.This lifting head assembly has
There is reasonable in design.
As improvement, constraint in the inner chamber of above-mentioned moving block has the bootstrap block that number and leading axle match, bootstrap block energy phase
To moving block radial slippage, described leading axle be arranged on bootstrap block and can with bootstrap block sliding, described first spring effect in
Bootstrap block makes it keep footpath to be moved out trend, and described latch-up structure is arranged between bootstrap block and the internal chamber wall of moving block, described
Form inclined-plane cooperation, in the state of briquetting is pushed by mophead, by inclined-plane between the bottom surface of briquetting and the top surface of bootstrap block
Cooperation, the bottom surface of briquetting promotes bootstrap block footpath inwardly to move, and in the state of moving on briquetting, the bottom surface of briquetting departs from the top of bootstrap block
Face, briquetting is moved out in footpath under the first spring effect, and described latch-up structure acts on bootstrap block.Bootstrap block provides to leading axle and closes
Suitable installation position, the mobile of bootstrap block can drive leading axle to move, and the volume of bootstrap block is more than leading axle, more convenient briquetting with draw
Form cooperation between guide block, and provide more suitably installation position to the first spring, beneficial to the layout of each part, reasonable in design can
Lean on, bootstrap block can be understood as a part for leading axle.
Preferably, above-mentioned latch-up structure includes the positioning convex point on the wall of bootstrap block side, and in moving block
Flexure strip on the wall of chamber side, the end of flexure strip is located at the protuberance joined with positioning convex point gear；In the state of briquetting moves, described
Protuberance on flexure strip is contacted with the positioning convex point on bootstrap block, stops that bootstrap block is outer radially further and moves；In mophead again
Push under connection head status, the end of leading axle is extruded by gathering sill or guide thread edge, drive bootstrap block to overcome convex
Portion is moved out to the resistance footpath of positioning convex point.By the elastic reaction of flexure strip so that protuberance forms certain resistance to positioning convex point
Power it is ensured that leading axle keep hang over gathering sill or guide thread edge trend so that moving block can be maintained at a high position, meanwhile,
The resistance that protuberance is formed to positioning convex point is less, therefore to union joint somewhat applying power, briquetting is not again to bootstrap block shape simultaneously
Become to suppress, can easily make to move outside guiding Axial and radial, depart from the constraint of guide thread, and then make entirely to lift head assembly decline,
Rapid operation and reliability.
For ease of assembling, above-mentioned moving block is made up of detachable connection base together and upper lid, the bottom of described briquetting
There is outside portion the stopper of evagination, the top of described upper lid constitutes the shoulder block to described stopper upper limit.
The top surface of above-mentioned lead has cavity, and the middle part of cavity has the insertion section raising up, and insertion section is from rotation
The inner cavity top insertion union joint of block, described insertion section is also arranged with the t-shaped axle sleeve in cross section, described bearing is plane axis
Hold, be set on axle sleeve and be located in described cavity, the top peripheral edge of bearing has the ring-type breach that cross section is in l shape, institute
The top surface stating the top surface, ring-type breach and lead of axle sleeve surrounds described gathering sill jointly.This structure is beneficial to the gathering sill being formed,
Guarantee that moving block is oppositely oriented post rotation more flexible simultaneously.
In above-mentioned lead, activity is equipped with guide rod, and insertion after the top of guide rod passes insertion section is fixed on union joint
Interior.Guide rod can ensure that moving block will not be oppositely oriented post in rotary course and rock, and action is more reliable.
During guaranteeing to dry, lifting head assembly all-the-time stable is maintained at a high position, and the depth of above-mentioned gathering sill is more than to be led
Depth to screw thread.
Compared with prior art, it is an advantage of the current invention that: cleaning when automatic hoisting mechanism can automatically rise, thus dragging
Labour contractor also rises, that is, during cleaning mophead in rotary-cleaning while slowly rise, until rise to more than the water surface,
The mophead now rotating carries out spin drying operation, and the cleaning of the present invention and dehydrating operations are integrated it is not necessary to enter again
The operation such as mop is carried on row, and mophead cleaning and dehydration finish after depart from automatic hoisting mechanism, this automatic hoisting mechanism passes through
Latch-up structure is still maintained at upper level position, prevents the filthy water in mop-pail stands from polluting automatic hoisting mechanism, when cleaning next time, only
To touch automatic hoisting mechanism again, latch-up structure automatic unlocking falls, operation is very easy.
Brief description
Fig. 1 is the perspective view of the embodiment of the present invention；
Fig. 2 is the sectional view (cleaning state) of the embodiment of the present invention；
Fig. 3 is the sectional view (drying state) of the embodiment of the present invention；
Fig. 4 is the sectional view (drying finishes rear mophead disengaged position) of the embodiment of the present invention；
Fig. 5 is the a-a of Fig. 4 to sectional view；
Fig. 6 is the sectional view (cleaning next time SBR, automatic hoisting mechanism is down to low order position) of the embodiment of the present invention；
Fig. 7 is the perspective view of mop-pail stands in the embodiment of the present invention；
Fig. 8 is the perspective view of the base of moving block in the embodiment of the present invention；
Fig. 9 is the exploded view of moving block part in the embodiment of the present invention.
Specific embodiment
Below in conjunction with accompanying drawing embodiment, the present invention is described in further detail.
As shown in Fig. 1～9, it is a preferred embodiment of the present invention.
A kind of cleaning meanss, including mop 1 and mop-pail stands 2；Described mop 1 includes the upper boom 11 being mutually socketed and lower beam
12, it is provided with the driving of the rotary motion that the downward motion of upper boom 11 can be converted into lower beam 12 between described upper boom 11 and lower beam 12
Mechanism, the lower end of described lower beam 12 is connected with mophead 13.Drive mechanism between upper boom 3 and lower beam 4 is the conventional of this area
Mechanism, will not be described here.
It is provided with automatic hoisting mechanism x, the mophead 13 described in during cleaning is placed in the low of automatic hoisting mechanism x in mop-pail stands 2
Position position, and in the state of pushing described upper boom 11, the rotary motion of described mophead 13 can be converted into described automatic lifting
The ascending motion of mechanism x, thus mophead 13 follows the upper level position that automatic hoisting mechanism x rises to automatic hoisting mechanism；Drag
Labour contractor 13 clean and be dehydrated finish after depart from described automatic hoisting mechanism x, this automatic hoisting mechanism x is by removable lining locking knot
Structure is still maintained at the upper level position of automatic hoisting mechanism x.
In cleaning, automatic hoisting mechanism x can rise automatically, thus mophead 13 also rises, drags during cleaning
Labour contractor 13 slowly rises while rotary-cleaning, until rising to more than the water surface in mop-pail stands 2, the mophead now rotating
13 are carrying out spin drying operation, and the cleaning of the present invention and dehydrating operations are integrated it is not necessary to above be carried the behaviour such as mop again
Make, and mophead cleaning and dehydration finish after depart from automatic hoisting mechanism x, this automatic hoisting mechanism x remained unchanged by latch-up structure
Being maintained at upper level position, preventing the filthy water in mop-pail stands from polluting automatic hoisting mechanism x, when cleaning next time, as long as touching again
Automatic hoisting mechanism x, latch-up structure automatic unlocking falls, and operation is very easy.
In the present embodiment, automatic hoisting mechanism includes the lifting head assembly for being connected, lift head with described mophead 13
It is connected by power-conversion mechanism between assembly and the bottom of mop-pail stands 2, during cleaning, pushes upper boom 11, mophead 13 drives described
Lifting head assembly rotates, and described lifting head assembly acts on described power-conversion mechanism, thus power-conversion mechanism drives further
Dynamic described lifting head assembly rising is eventually held in upper level position；Mophead 13 clean and be dehydrated finish after depart from described lift head
Assembly, lifting head assembly is still maintained at the upper level position of automatic hoisting mechanism by removable lining latch-up structure.
Specifically, in the present embodiment, power-conversion mechanism includes thering is, located at the bottom of mop-pail stands 2, the guiding raising up
Post 3, the periphery of lead 3 is provided with guide thread 31, and the top of lead 3 is provided with gathering sill 32 ringwise, guide thread 31
Upper end outlet communicate with gathering sill 32；Lift head assembly is set on lead 3 and can rotate around own axes, lift head group
At least provided with two leading axles 4 that can rotate with lifting head assembly in part, meanwhile, the inner of leading axle 4 and guide thread
31 and gathering sill 32 guiding cooperation.The inner of leading axle 4 can be gathering sill 32 sliding along guide thread 31.The depth of gathering sill 32
H2 is more than depth h1 of guide thread 31.
Lifting head assembly includes
There is the moving block 5 of inner chamber 51, inner chamber 51 is divided into left and right two parts, the cross section of inner chamber 51 is rectangular, moving block 5
Top be there is union joint 52 in order to be connected with mophead, the bottom surface of moving block 5 has downward opening containing cavity 53, houses
The circular in cross-section in chamber 53, containing cavity 53 is movably set on lead 3 by bearing 10 and enables moving block 5 around own axes
Rotation, leading axle 4 constrains in moving block 5 and can be along moving block 5 radial slippage, and the inner of leading axle 4 is stretched into inner chamber 51 and led
Coordinate to screw thread 31 or gathering sill 32, in moving block 5, upper level position is moved to along along lead 3, leading axle 4 is located at gathering sill 32
Interior.
In the inner chamber 51 of moving block, constraint has the bootstrap block 8 that number is matched with leading axle 4, and bootstrap block 8 can relatively rotate block 5
Radial slippage, leading axle 4 is arranged on bootstrap block 8 and can be with bootstrap block 8 sliding, and the first spring 6a acts on bootstrap block 8 and makes it
Keep footpath be moved out trend, latch-up structure is arranged between bootstrap block 8 and the internal chamber wall of moving block 5, the bottom surface 71 of briquetting 7 with draw
Form inclined-plane cooperation between the top surface 81 of guide block 8, in the state of briquetting 7 is pushed by mophead 13, coordinated by inclined-plane, briquetting
Bottom surface 71 promote bootstrap block 8 footpath inwardly to move, in the state of moving on briquetting 7, the bottom surface 71 of briquetting departs from the top surface of bootstrap block
81, briquetting 7 is moved out in footpath under the first spring 6a acts on, and latch-up structure acts on bootstrap block 8.
Latch-up structure includes the positioning convex point 82 on bootstrap block 8 side wall, and on the inner chamber 51 side wall of moving block
Flexure strip 53, the end of flexure strip 53 is located at the protuberance 531 joined with positioning convex point 82 gear；In the state of briquetting 7 moves, institute
The protuberance 531 stated on flexure strip is contacted with the positioning convex point 82 on bootstrap block, stops that bootstrap block 8 is outer radially further and moves；Dragging
Labour contractor 13 pushes under union joint 52 state again, and the end of leading axle 4 is extruded by gathering sill 31 or guide thread 32 edge,
Bootstrap block 8 is driven to overcome protuberance 531 that the resistance footpath of positioning convex point 82 is moved out.
First spring 6a, acting on leading axle 5 makes it keep outer shifting to depart from guide thread 31 or gathering sill 32 trend.
Briquetting 7, in flat, has two pins extending downwardly, inserts from the top down of moving block 5 and constrain in
Energy sliding up and down in the inner chamber 51 of moving block 5, union joint 52 passes briquetting 7 upwards, and the lower end of briquetting 7 is coordinated with leading axle 4.
Second spring 6b, acting on briquetting 7 makes briquetting 7 keep moving trend.
In the state of briquetting 7 is pushed by mophead 13, the lower end of briquetting 7 acts on leading axle 4 and makes leading axle 4 all the time
Remain inserted into guide thread 31 or gathering sill 32 trend.
It is disconnected under 52 state in mophead 13, briquetting 7 moves, the lower end of briquetting 7 departs from leading axle 4, makes guiding
Axle 4 is outer under the first spring 6a acts on to be moved, and described latch-up structure acts on leading axle 4, makes leading axle 4 keep hanging over guide thread
31 or gathering sill 32 edge trend so that entirely lifting head assembly be maintained at upper level position.
Push under union joint 52 state again in mophead 13, latch-up structure releases the locking to leading axle 4, leading axle 4
Under the first spring 6a effect, outer shifting departs from gathering sill 31 and guide thread 32, and moving block 5 and briquetting 7 decline reset.
Moving block 5 is made up of detachable connection base 5a together and upper lid 5b, and the bottom outside of briquetting 7 has evagination
Stopper 72, the top of upper lid 5a constitutes the shoulder block 54 to stopper 72 upper limit.
The top surface of lead 3 has cavity 33, and the middle part of cavity 33 has the insertion section 34 raising up, insertion section 34 from
The inner cavity top insertion union joint 52 of moving block, insertion section 34 is also arranged with the t-shaped axle sleeve in cross section 9, bearing 10 is flat
Spherical bearing, is set on axle sleeve 9 and is located in cavity 33, and the top peripheral edge of bearing 10 has the ring-type that cross section is in l shape and lacks
Mouth 101, the top surface of the top surface of axle sleeve 9, ring-type breach 101 and lead 3 surrounds gathering sill 32 jointly.Activity in lead 3 is worn
It is provided with guide rod 35, the top of guide rod 35 is inserted and secured in union joint 52 after passing insertion section 34.
The operation principle of this cleaning means and process are as follows:
Cleaning process, as shown in Fig. 2 mophead 13 is placed on union joint 52, mophead 13 and union joint 52 connect, and drag
13 briquettings 7 of labour contractor push, and by the inclined-plane cooperation between the bottom surface 71 of briquetting 7 and the top surface 81 of bootstrap block 8, promote leading axle
4, with shifting in bootstrap block 8 and guide thread 31 insertion cooperation, lower presses lever 12, drive mophead 13 to rotate, synchronization drives moving block
5 and briquetting 7 rotate, in whole rotary course, leading axle 4 moves along in guide thread 31, until moving on moving block 5 and briquetting 7
Upper level position, that is, on the water surface in mophead 13 mop-pail stands 2, leading axle 4 enters in gathering sill 32.
Drying process, as shown in figure 3, continuing lower presses lever 12, drives mophead 13 to rotate, because mophead 13 is located at the water surface
On, therefore be at this moment drying process, and leading axle 4 is located in gathering sill 32, moving block 5 and 7 rotations of briquetting no longer rise.
After mophead 13 cleans and is dehydrated and finishes, as shown in Figure 4,5, above carry mophead 13, mophead 13 is disconnected head
52, briquetting 7 in the presence of second spring 6b on move, the bottom surface 71 of briquetting departs from the top surface 81 of bootstrap block, and briquetting 7 is in the first bullet
The lower footpath of spring 6a effect is moved out, and the protuberance 531 on flexure strip is contacted with the positioning convex point 82 on bootstrap block, stops that bootstrap block 8 enters
One step footpath is moved out, and makes leading axle 4 keep hanging over guide thread 31 or gathering sill 32 edge trend it is ensured that moving block 5 and briquetting 7
It is maintained at upper level position, to treat cleaning next time.
Cleaning next time, as shown in fig. 6, because mophead 13 first contacts union joint 52, mophead 13 pushes union joint 52 again
Under state, the end of leading axle 4 is extruded by gathering sill 31 or guide thread 32 edge, drives bootstrap block 8 to overcome protuberance 531
The resistance footpath of positioning convex point 82 is moved out, leading axle 4 outer shifting under the first spring 6a acts on departs from gathering sill 31 and guiding spiral shell
Stricture of vagina 32, moving block 5 and briquetting 7 decline reset, repeated washing step.
Although the preferred embodiments of the present invention described in detail above, it is to be clearly understood that for this area
Technical staff for, the present invention can have various modifications and variations.All made within the spirit and principles in the present invention appoint
What modification, equivalent, improvement etc., should be included within the scope of the present invention.
Claims (10)
1. a kind of cleaning meanss, including mop (1) and mop-pail stands (2)；Described mop (1) includes the upper boom (11) of mutually socket
With lower beam (12), it is provided between described upper boom (11) and lower beam (12) and the downward motion of upper boom (11) can be converted into lower beam (12)
Rotary motion drive mechanism, the lower end of described lower beam (12) is connected with mophead (13)；It is characterized in that: described mop-pail stands
(2) it is provided with automatic hoisting mechanism (x) in, the mophead (13) described in during cleaning is placed in the low order position of automatic hoisting mechanism (x),
And in the state of pushing described upper boom (11), the rotary motion of described mophead (13) can be converted into described automatic hoisting mechanism
X the ascending motion of (), thus mophead (13) follows the upper level position that automatic hoisting mechanism rises to automatic hoisting mechanism；Mop
Head (13) cleaning and dehydration finish after depart from described automatic hoisting mechanism (x), this automatic hoisting mechanism (x) pass through removable lining lock
Fixed structure is still maintained at the upper level position of automatic hoisting mechanism (x).
2. cleaning meanss according to claim 1 it is characterised in that: described automatic hoisting mechanism (x) include for institute
State the lifting head assembly that mophead (13) connects, between lifting head assembly and the bottom of mop-pail stands (2), pass through power-conversion mechanism
Connect, during cleaning, push described upper boom (11), described mophead (13) drives described lifting head assembly to rotate, described lift head
Assembly acts on described power-conversion mechanism, thus described power-conversion mechanism drives described lifting head assembly to rise the most further
It is maintained at upper level position eventually；Mophead (13) cleaning and dehydration finish after depart from described lifting head assembly, described lifting head assembly
Still it is maintained at the upper level position of automatic hoisting mechanism (x) by removable lining latch-up structure.
3. cleaning meanss according to claim 2 it is characterised in that: described power-conversion mechanism is included located at mop-pail stands
(2) bottom has the lead (3) raising up, and the periphery of lead (3) is provided with guide thread (31), lead (3)
Top is provided with gathering sill (32) ringwise, and the upper end outlet of guide thread (31) is communicated with gathering sill (32)；Lifting head assembly
It is set in lead (3) above and can rotate around own axes, can be with lifting head assembly one at least provided with two in lifting head assembly
Play the leading axle (4) of rotation, meanwhile, the inner of leading axle (4) is coordinated with guide thread (31) and gathering sill (32) guiding.
4. cleaning meanss according to claim 3 it is characterised in that: described lifting head assembly include
There is the moving block (5) of inner chamber (51), the top of described moving block (5) has the union joint in order to be connected with mophead
(52), the bottom surface of moving block (5) has downward opening containing cavity (53), and described containing cavity (53) passes through bearing (10) movable sleeve
It is located on lead (3) and so that moving block (5) can be rotated around own axes, described leading axle (4) constrains in moving block (5) and energy
Along moving block (5) radial slippage, inner chamber (51) and described guide thread (31) or gathering sill (32) are stretched in the inner of leading axle (4)
Cooperation, moves to upper level position in moving block (5) along along lead (3), and described leading axle (4) is located in gathering sill (32)；
First spring (6a), acting on leading axle (5) makes it keep outer shifting to depart from guide thread (31) or gathering sill (32) trend；
Briquetting (7), inserts and constrains in the inner chamber (51) of moving block (5) from the top down of moving block (5) and can go up downslide
Move, described union joint (52) passes briquetting (7) upwards, the lower end of briquetting (7) is coordinated with leading axle (4)；
Second spring (6b), acting on briquetting (7) makes to move trend in briquetting (7) holding；
In the state of briquetting (7) is pushed by mophead (13), the lower end of briquetting (7) acts on leading axle (4) and makes leading axle
(4) insertion guide thread (31) or gathering sill (32) trend are remained；
It is disconnected under head (52) state in mophead (13), briquetting (7) is upper to be moved, and the lower end of briquetting (7) departs from leading axle (4),
Make leading axle (4) outer shifting under the first spring (6a) effect, described latch-up structure acts on leading axle (4), so that leading axle (4) is protected
Hold and hang over guide thread (31) or gathering sill (32) edge trend；
Push under union joint (52) state again in mophead (13), described latch-up structure releases the locking to leading axle (4), draws
Guide shaft (4) outer shifting under the first spring (6a) effect departs from gathering sill (31) and guide thread (32), moving block (5) and briquetting
(7) decline and reset.
5. cleaning meanss according to claim 4 it is characterised in that: in the inner chamber (51) of described moving block, constraint has number
The bootstrap block (8) matching with leading axle (4), bootstrap block (8) can relatively rotate block (5) radial slippage, described leading axle (4) setting
Upper and can be with bootstrap block (8) sliding in bootstrap block (8), described first spring (6a) acts on bootstrap block (8) makes it keep radial direction
Outer shifting trend, described latch-up structure is arranged between bootstrap block (8) and the internal chamber wall of moving block (5), the bottom surface of described briquetting (7)
(71) form inclined-plane cooperation and the top surface (81) of bootstrap block (8) between, in the state of briquetting (7) is pushed by mophead (13),
Coordinated by inclined-plane, the bottom surface (71) of briquetting promotes bootstrap block (8) footpath inwardly to move, in the state of the upper shifting of briquetting (7), briquetting
Bottom surface (71) departs from the top surface (81) of bootstrap block, and briquetting (7) is moved out in footpath under the first spring (6a) effect, described latch-up structure
Act on bootstrap block (8).
6. cleaning meanss according to claim 5 it is characterised in that: described latch-up structure is included located at bootstrap block (8) side
Positioning convex point (82) on wall, and the flexure strip (53) on inner chamber (51) the side wall of moving block, the end of flexure strip (53)
Located at the protuberance (531) joined with positioning convex point (82) gear；Protuberance in the state of the upper shifting of briquetting (7), on described flexure strip
(531) contact with the positioning convex point (82) on bootstrap block, stop that bootstrap block (8) is outer radially further and move；In mophead (13) again
Secondary push under union joint (52) state, the end of leading axle (4) is subject to the extruding at gathering sill (31) or guide thread (32) edge,
Bootstrap block (8) is driven to overcome protuberance (531) that the resistance footpath of positioning convex point (82) is moved out.
7. cleaning meanss according to claim 4 it is characterised in that: described moving block (5) is by detachable connection together
Base (5a) and upper lid (5b) composition, the bottom outside of described briquetting (7) has the stopper (72) of evagination, described upper lid (5a)
Top constitute shoulder block (54) to described stopper (72) upper limit.
8. cleaning meanss according to claim 4 it is characterised in that: the top surface of described lead (3) has cavity (33),
The middle part of cavity (33) has the insertion section (34) raising up, and insertion section (34) insert union joint from the inner cavity top of moving block
(52), described insertion section (34) is also arranged with the t-shaped axle sleeve in cross section (9), described bearing (10) is plane bearing, sheathed
Above and it is located in cavity (33) in axle sleeve (9), the top peripheral edge of bearing (10) has the ring-type breach that cross section is in l shape
(101), the top surface of the top surface, ring-type breach (101) and lead (3) of described axle sleeve (9) surrounds described gathering sill (32) jointly.
9. cleaning meanss according to claim 8 it is characterised in that: the interior activity of described lead (3) is equipped with guide rod
(35), the top of guide rod (35) is inserted and secured on after passing insertion section (34) in union joint (52).
10. cleaning meanss according to claim 3 it is characterised in that: the depth (h2) of described gathering sill (32) be more than leads
Depth (h1) to screw thread (31).
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| CN201610919977.2A CN106361236B (en) | 2016-10-21 | 2016-10-21 | Cleaning tool |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610919977.2A CN106361236B (en) | 2016-10-21 | 2016-10-21 | Cleaning tool |
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| CN106361236A true CN106361236A (en) | 2017-02-01 |
| CN106361236B CN106361236B (en) | 2022-09-23 |
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| CN107997707A (en) * | 2018-01-08 | 2018-05-08 | 任海燕 | A kind of mop lifting structure in mop-pail stands |
| CN107997708A (en) * | 2018-01-08 | 2018-05-08 | 任海燕 | Burnisher |
| CN109602361A (en) * | 2019-01-31 | 2019-04-12 | 霸州市喜来居塑胶制品有限公司 | The vertical dewatering tool of flat mop |
| CN110384444A (en) * | 2019-08-21 | 2019-10-29 | 宁波市海曙良品生活用品有限公司 | A kind of mop-pail stands with interior exterior bowl |
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| CN106361236B (en) | 2022-09-23 |
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